The Post-Neolithic Leap of the Homo sapiens Code
Abstract
This essay presents an ontological and biophysical thesis: in the short post-Neolithic interval—approximately 4% of the historical time of the Homo sapiens code—the number of simultaneous temporary stages of this lineage jumped from a demographic baseline of low order of magnitude (here termed a low-density regime, in the range of 10 million) to about 8.3 billion (February 2026), corresponding to an approximate increase of 82,900% (≈830 times). It is argued that such a leap cannot be interpreted as “evolutionary success” in the sense of regime stability, but rather as a change in boundary condition: the creation of a density prosthesis sustained by active control of the substrate, interruption of cycles, and capture of flows. The essay re-anchors the discussion in the ontology proposed by the Law of the Mandatory Stage of Non-Equilibrium, according to which organisms are not fundamental units; they are necessary transient stages for the maintenance, repair, and retransmission of material codes. It is then demonstrated that the human case is singular: while the vast majority of planetary codes—on orders of magnitude ranging from millions to trillions of lineages—maintain densities within stable regime margins, the human stage becomes a historical anomaly sustained by operational war against “nature”, that is, against the physical substrate of non-equilibrium itself. It is concluded that the central problem is not moral, but physical: a stage that describes itself as the “owner” of the world proceeds to degrade the very conditions that make its continuity possible.
Fields of Study & Subjects
Environmental
Ecological
and Cultural Studies
Earth Systems and Cosmic Evolution
Complex Systems and Dynamics
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 8 February 2026
- Language
- EN
- Document type
- Preprint